Each Voronoi cell contains one protein atom and controls all spatial points that are closest to the respectively considered atom.
The charge transfer process in protein devices can be engineered by using proteins with different redox centers (metal atoms) and by controlling their orientation in the solid state through different immobilization methods.
Elliott, T. J., Kozlowski, W., Caballero-Benitez, S. F. & Mekhov, I. B. Multipartite entangled spatial modes of ultracold atoms generated and controlled by quantum measurement.
The coupling capacitances Cc and Ce are between the artificial atom and the control and emission lines, respectively (shown on the equivalent circuit in Fig. 1d).
In this review we will discuss the application of the atom-by-atom control provided by organic synthesis to the generation of engineered nanoparticles, with emphasis on how the functionalization of NPs with these "small" organic molecules (Mw <1000) can be used to engineer NPs for a wide range of applications.
The CUA's research is currently organized around the themes of strongly correlated states of ultracold atoms and quantum state control of atoms and photons.
"If you have 1,000 atoms, and you have control over every single atom and their interactions, these are the basic building blocks of a quantum computer," Bakr said.
Our study has direct implication on two aspects: designing nanoparticle optical antennas to control emission from individual atoms and molecules and geometrical control of quenching of emission into plasmonic decay channels.
The past decades have seen rapid advances in our ability to probe and control atoms.
The idea for nanotech can be traced back to a lecture delivered, in 1959, by the future Nobel laureate Richard Feynman, who argued that there was no reason, theoretically, that humans couldn't move and control atoms.
